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The new field of NanoPhotonics emerges when we force light to interact with nano-structures, artificial matter engineered and arranged on the scale of only billionths of a meter. Crossing the quantum bridge between nano and photonics produces a remarkable range of new materials and phenomena. NanoPhotonics promises captivating new fundamental physics, and new mind-blowing applications in low power, ultra-small devices performing at the quantum edge in a wide range of technologies, from information processing and telecommunications, to defense, security, medicine andbiotechnologies. Our leading reputation and proven nano-innovation track record, significant critical mass of steady funding, modern infrastructure and research personnel of the highest international calibre, recently created fabrication and test facilities at ¾ÅÉ«ÊÓƵ, together with our involvement in major European projects and considerable and increasing interest from industry justifies the perfect timing for consolidating NanoPhotonics research in ¾ÅÉ«ÊÓƵ into a Portfolio Grant.We will focus our research in the following main directions:Nano-Photonics of the Ultra-Small: emission and absorption of light from nanoparticles and nano-structures.Nano-Photonics of the Artificial: man-made meta-materials with 'ultimate' electromagnetic properties only available in artificial structures.Nano-Photonics of the Sensitive: Nanostructures whose optical spectra change radically when a single molecule attaches, or a nanoparticle at its most critically sensitive state undergoes a structural transformation.Nano-Photonics of the Self-organised: light interacting and shaping 2D & 3D nano-structures, light-assisted self assembly and growth of nano-structures, new Nano-Materials.Nano-Photonics of Trapped Light: confining and enhancing light in the smallest possible nano-cavity dimensions, extremely-large controllable interactions between light and matter.Nano-Photonics of the Flat: Nano-patterns that twist the polarisation of light, and new physics of light trapped in flat nano-structures.Nano-Photonics of Complexity: optics of fractals & quasi-periodic structures (such as Penrose tilings).Nano-Photonics of the Quantum: Switching between discrete states of nano-matter, quantum phase transitions and quantum information processing.